Do you know the answer to the question, “What stores food or pigments?”? The answer to this question is actually quite complex. Here are some of the possible answers: Chromoplasts, Leucoplasts, Central vacuole, and ribosomes. But which one is correct? And why is it important to know this information? To get a better understanding of these organelles, read this article.


Plants utilize chromoplasts to synthesize and store red, yellow, and orange pigments. Chromoplasts are found in the cells of leaves, fruits, flowers, roots, and aged leaves. These organelles play a key role in photosynthesis and seed dispersion. Among other functions, chromoplasts play a role in pollination. During the flowering period, the chromoplasts produce more pollen and attract insects.

Plants’ chromoplasts play a vital role in photosynthesis and the storage of primary foods. The presence of pigments influences the functioning of plastids. Chromoplasts in plants contain pigments that are responsible for the color of the structure. These cells have their own DNA and ribosomes and are therefore useful for genetic studies. Chromoplasts also play an important role in degrading plant cells.

In addition to chloroplasts, plants also contain xanthophylls and carotene, which are pigments other than green. They are also necessary for pollination and dispersal of seeds. However, unlike chloroplasts, these organelles do not produce chlorophyll. They synthesize other pigments. The green pigment in chloroplasts comes from the photosynthesis of chlorophyll.


Plants use leucoplasts to store various materials. They are small storage organelles found in the nonphotosynthetic tissues of plants, such as the roots. Depending on the species, leucoplasts may specialize in storing bulk amounts of lipids, proteins, or starch. In addition to their storage role, leucoplasts can also produce fatty acids and a number of amino acids.

Plants use several kinds of plastids in their cells. The chloroplasts and chromoplasts store pigments, including green. Leucoplasts lack these pigments and appear clear under a microscope. They can store starch and lipids, or they can synthesize amino acids. Plants use leucoplasts for photosynthesis and to store accumulated nutrients.

Chromoplasts are the site of chemical compound production and storage. Chlorophyll is a key pigment in photosynthesis, which uses sunlight as an energy source. Leucoplasts are essentially pigment-free storage organelles, and can be found in tissues ranging from leaves to flowers to fruits. Plants also use leucoplasts to store starch and other compounds. Amyloplasts are the largest of all leucoplast types, and they are found in potatoes, corn, and algae.

Central vacuole

The central vacuole is located inside plant cells. It is surrounded by a membrane called the tonoplast. It is filled with water and other dissolved substances that help maintain pressure on the cell wall and give the cell its shape. It also contains nutrients and pigment molecules. The tonoplast is the cell membrane. It is made of phospholipids and proteins and controls the entry of water and potassium ions.

The central vacuole is a large sac located within the cytoplasm. It holds fluids, enzymes, and waste products. It helps the plant grow by pushing the contents of its cytoplasm against the cellular membrane. It also keeps the chloroplasts closer to light for better photosynthesis. It can be up to 30 percent of the cell’s volume. It is essential for photosynthesis, which is the process that allows plants to produce their own food.


Chloroplasts are the structures within the cells of plants that store food or pigments. They control which molecules pass into and out of the cells. They also contain a liquid called stroma. Thylakoids are located inside of chloroplasts and are often arranged into stacks called granum. These granules are connected by disc-like structures called lamella. Chlorophyll is the green pigment responsible for plants’ green color, and is also essential to photosynthesis.

Plants have many chloroplasts. These chloroplasts store different pigments, water, and waste products. The chloroplast is important to photosynthesis because it stores green pigment, chlorophyll, which is responsible for the green color of plants. Chlorophyll, in turn, produces the pigments that give plant leaves and fruit their color. Chlorophyll is also important to photosynthesis because it absorbs light and converts it into food.